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  • Book Overview & Buying Internet of Things with ESP8266
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Internet of Things with ESP8266

Internet of Things with ESP8266

By : Marco Schwartz
3.1 (14)
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Internet of Things with ESP8266

Internet of Things with ESP8266

3.1 (14)
By: Marco Schwartz

Overview of this book

The Internet of Things (IoT) is the network of objects such as physical things embedded with electronics, software, sensors, and connectivity, enabling data exchange. ESP8266 is a low cost WiFi microcontroller chip that has the ability to empower IoT and helps the exchange of information among various connected objects. ESP8266 consists of networkable microcontroller modules, and with this low cost chip, IoT is booming. Kick-starting with an introduction to the ESP8266 chip, we will demonstrate how to build a simple LED using the ESP8266. You will then learn how to read, send, and monitor data from the cloud. Next, you’ll see how to control your devices remotely from anywhere in the world. Furthermore, you’ll get to know how to use the ESP8266 to interact with web services such as Twitter and Facebook. In order to make several ESP8266s interact and exchange data without the need for human intervention, you will be introduced to the concept of machine-to-machine communication. The latter part of the book focuses more on projects, including a door lock controlled from the cloud, building a physical Bitcoin ticker, and doing wireless gardening. With this book, you will be able to create and program Internet of Things projects using the ESP8266 WiFi chip.
Table of Contents (15 chapters)
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14
Index

Hardware configuration

We are now going to assemble the project. The hardware is really simple here, as we only want to test the connection between the project and our own cloud server we'll deploy later in this chapter.

Simply place the ESP8266 board on your breadboard, and then connect the FTDI breakout board to it.

For the LED, simply connect it in series with the resistor, with the longest pin of the LED connected to the resistor. Then, connect the remaining pin of the resistor to pin 5 of the ESP8266 board, and the remaining pin of the LED to the GND pin.

Once this is done, simply put the DHT11 sensor on the breadboard. Then, connect the left pin to VCC, the right pin to, and the pin next to VCC to pin 4 on your ESP8266 chip.

This is the final result:

Hardware configuration
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